Spike Firefly

The Spike Firefly is a precision‑guided air‑to‑ground weapon system developed by Rafael Advanced Defense Systems, Israel, and integrated on a wide range of tactical aircraft and attack helicopters. Its development began in the early 2000s as part of the broader Spike family, aiming to provide operators with a lightweight, yet highly accurate munition capable of striking both fixed and moving targets from stand‑off distances. First entered service with the Israeli Air Force in 2009, the missile has since been exported to several NATO and allied air forces, becoming a standard payload for platforms such as the F‑16, A‑10, Eurocopter Tiger and the Israeli‑made Heron UAV.

Key features include a fiber‑optic two‑way data link that maintains real‑time communication with the launch platform, allowing pilots to adjust the flight path and engage targets beyond visual range. Its dual‑mode seeker combines electro‑optical imaging with infrared capabilities, ensuring reliable performance in day, night and adverse weather. Weighing roughly 55 kg and offering a range of up to 5 km, the Spike Firefly delivers a 13‑kg warhead with laser‑guided precision, minimizing collateral damage. Its adoption has significantly enhanced close‑air support and counter‑insurgency operations, marking a notable advancement in modern aviation weaponry and underscoring Rafael’s influence on the evolution of smart munitions.